# 20241119

{% hint style="info" %}
[On this day, my eighth wedding anniversary](/2024/11/19/on-this-day-my-eighth-wedding-anniversary.md)
{% endhint %}

Okay! Let's start here. :)

<figure><img src="/files/3dhDhOy5NbxKCpBFilgH" alt="A hand-drawn 2x2 grid diagram introducing knowledge states. The grid shows: bottom-left quadrant &#x27;A&#x27; (solid blue, representing Known/observer&#x27;s center); top-left and bottom-right &#x27;B&#x27; (blue/pink stripes, representing Knowable); top-right &#x27;C&#x27; (solid pink, representing Unknown). Black borders separate quadrants but have gaps at their midpoints, suggesting connections between adjacent zones. A legend explains: A=Known=observer&#x27;s center of awareness (blue), B=Knowable (pink/blue stripes), C=Unknown (pink)."><figcaption></figcaption></figure>

Which is to say,

* A (blue) = Known = observer's center of awareness
* B (pink/blue stripes) = Knowable
* C (pink) = Unknown

This 2x2 grid is suggestive of the way these regions interact, relative to the observer's point of view.

Let's talk about problems. 🤩

What is a problem?

Something painful, maybe? Something that grabs our attention unpleasantly? Something that you're unwilling to co-exist with in its current state of balance? Is a problem for someone else you're unaware of still a problem for you?

Let's define any balanced system as (XY). Perhaps these are the known/knowable parts of a [three-body linkage/engine](/2024/11/17.md#three-body-linkages-engines). (XY) together are operating in balance. Either them by themselves is a "problem", i.e. a half in search of its other half, or an agent that's looking for its rhythm and is testing itself against any other agents it comes across. We'll call this a "problem", hehe.

Let's think about this from the observer's point of view.

The representation system I'm using below uses ABC (and in one spot B₁ and B₂, where we need to distinguish between the two B areas), referencing Known, Knowable, and Unknown zones using the same outlined 2x2 grid we saw a minute ago. I'm simplifying the graph a little bit, to reduce clutter, but I'm anchoring with blue and pink as visual cues for how knowledge states sit here.

The dot in the center of the lower-left (aka Known aka center of the observer's awareness) square indicates the observer itself. ("Ourselves"?)

Anyway, let's move through these. Numbering these 8 charts as lines of language, left to right descending:

1. CXY
   1. X and Y are both hanging out in C, the Unknown
   2. X and Y can see each other, which means they get to operate in their shared rhythm.
   3. The observer is unaware of both X and Y.
   4. There is no problem.
2. BXCY
   1. X has advanced into B, the Knowable territory.
   2. Y remains in C, the Unknown.
   3. X and Y can see each other, which means they get to operate in their shared rhythm.
   4. The observer can only see X.
3. BXY
   1. Y has joined X in B, the Knowable territory.
   2. X and Y can see each other, which means they get to operate in their shared rhythm.
   3. The observer is aware of both X and Y.
   4. There is no problem.
4. AXBY
   1. X has moved into Known territory, which is the observer's center of awareness.
   2. Y remains in B, the Knowable territory.
   3. X and Y can see each other, which means they get to operate in their shared rhythm.
   4. The observer has up-close knowledge of X, but does not have up-close knowledge of Y.
   5. This is a problem if the observer doesn't trust that X (which it can see up close) and Y (which it can fuzzily see further back) can figure it out.
5. AXY
   1. X and Y have both moved into Known territory, which is the observer's center of awareness.
   2. X and Y can see each other, which means they get to operate in their shared rhythm.
   3. The observer has up-close knowledge of both X and Y.
   4. This is only a problem if the observer doesn't *like* XY, lol.
6. AXCY
   1. Okay here we've jumped states a bit.
   2. X is in Known territory, which is the observer's center of awareness.
   3. Y remains in the Unknown.
   4. For the first time in our exploration here, *X and Y cannot see each other*.
      1. Now let's think about this for a second. Another way to define this scenario is that the observer is has fixed X in its awareness, *and has fixed the absence of Y in its awareness as well*.
   5. If the observer is willing to hang out with miracles, they stand a chance at seeing X operate in tandem with an invisible Y. If not, the observer has a problem.
7. BXCY
   1. We've seen this before, in diagram #2, but I've drawn it a second time here because the observer can conceive of *separate* zones of Unknown, zones which cannot directly interact without passing through the Unknown (aka without dissolving beyond definition as a part of their transition).
   2. The idea here is that the observer has *shunted* X from B₁ to A and through to B₂, perhaps on its way back to C where it can rejoin Y beyond the observer's ability to observe. This is suggestive of a kind of respiration.
8. B₁XB₂Y AKA GOD HELP YOU
   1. The observer sees X over in one Knowable zone, and Y over in *another, separate* Knowable zone.
   2. The observer has a problem. 🤩 What will they do?

<figure><img src="/files/zoEXN9aTZqRrzEKjisET" alt="Eight hand-drawn 2x2 grids showing how entities X and Y move through knowledge states, numbered 1-8. Each grid maintains the same structure: black borders with midpoint gaps, dot in lower-left representing observer, and consistent color coding (blue=Known, pink=Unknown, stripes=Knowable). Starting with &#x27;CXY&#x27; where both X and Y are unknown (top-right), through various states of knowability, ending with &#x27;B₁XB₂Y&#x27; where X and Y are in separate Knowable zones. Each diagram is labeled with its state (e.g., &#x27;AXBY&#x27;) and shows positions of X and Y relative to the observer&#x27;s perspective. The final diagram (#8) includes the subtitle &#x27;AKA GOD HELP YOU&#x27;, emphasizing the problematic nature of X and Y being visible but separated."><figcaption></figcaption></figure>


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